Richard W. Neu
Georgia Institute of Technology
H-index: 35
North America-United States
Top articles of Richard W. Neu
Title | Journal | Author(s) | Publication Date |
|---|---|---|---|
An Effective Quality Assurance Method for Additively Manufactured Gas Turbine Metallic Components via Machine Learning from In-Situ Monitoring, Part-scale Modeling, and Ex-Situ … | Xiayun Zhao Albert To Richard Neu | 2024/4/9 | |
Time‐and cycle‐dependent growth of surface cracks in alloy 718 | Fatigue & Fracture of Engineering Materials & Structures | Morris M Satin W Steven Johnson Richard W Neu | 2024/1/30 |
Evolution of Creep Deformation near Tips of Sharp Notches and Cracks in CM247LC-DS Ni-Base Superalloy | Zachary Towner Richard Neu Kyle Smith Sachin Shinde Santosh Narasimhachary | 2023/5/1 | |
Predicting creep‐fatigue and thermomechanical fatigue life of Ni‐base superalloys using a probabilistic physics‐guided neural network | Fatigue & Fracture of Engineering Materials & Structures | Rohan Acharya Alexander N Caputo Richard W Neu | 2023/4 |
Investigating the Influence of Build Parameters and Porosity on Fatigue of AM IN718 | Alexander Caputo Richard W Neu Chaitanya Vallabh Xiayun Zhao Haolin Zhang | 2023/3/19 | |
Foreword to the special issue | International Journal of Fatigue | D Hattingh M Vormwald D Taylor D Nowell Y Hong | 2023 |
Temperature-frequency wear mechanism maps for a heat-resistant austenitic stainless steel | Wear | Chuchu Zhang Richard W Neu | 2023/6/1 |
Evaluation of HCF strength of Alloy 625 with non-optimum additive manufacturing process parameters | International Journal of Fatigue | Richard W Neu Alexander N Caputo Sanam Gorgannejad Alvaro Espejo Albela Michael N Carpenter | 2022/9/1 |
Employing sequential experiments to gain insights on the interaction between creep and fatigue damage in Ni‐base superalloys | Fatigue & Fracture of Engineering Materials & Structures | Sanam Gorgannejad Ernesto A Estrada Rodas Richard W Neu | 2022/7 |
Impact of Elevated Temperature Tensile Hold Times on Fatigue Crack Growth: The Concept of a Thermally Affected Zone | Authorea Preprints | Andrew Radzicki W Steven Johnson RW Neu | 2022/4/20 |
Special Issue on Materials for Extreme Environments, Part 2 | SVS Narayana Murty Richard W Neu | 2022/1/27 | |
An improved methodology for extracting uniaxial stress–strain curves from spherical indentation data | Mechanics of Materials | Anirudh Bhat Richard W Neu | 2022/11/1 |
Predicting white etching matter formation in bearing steels using a fretting damage parameter | Tribology International | Jonathan FW Leung Rohit Voothaluru Richard W Neu | 2021/7/1 |
Understanding the role of glaze layer with aligned images from multiple surface characterization techniques | Wear | Chuchu Zhang Richard W Neu | 2021/7/18 |
On the constraint factor relating uniaxial and indentation yield strength of polycrystalline materials using spherical microindentation | Materials Performance and Characterization | Anirudh Bhat RW Neu | 2020/7/29 |
Transition modelling of surface flaws to through cracks | Fatigue & Fracture of Engineering Materials & Structures | Morris Satin W Steven Johnson Richard W Neu Balkrishna Annigeri Brett Ziegler | 2020/7 |
